1 oth hemolytic and hemoxidative activities in M. penetrans.

2 phological differences were observed between M. penetrans and M. iowae by scanning electron microscop

3      The Triton X-100-insoluble fractions of M. penetrans and M. iowae consisted of similar structure

4            Like other polarized mycoplasmas, M. penetrans and M. iowae have terminal organelles with

5                  SEM and light microscopy of M. penetrans and M. iowae showed the presence of membran

6 and cluster formation were inhibited by anti-M. penetrans antibodies, suggesting the involvement of s

7                                              M. penetrans bound selectively to immobilized fibronecti

8 lament during cell division was observed for M. penetrans by microcinematography, and this suggests a

9      Here, we describe a 78-kDa protein from M. penetrans, designated MYPE9110, that exhibits sequenc

10 -lapse microcinematography of two strains of M. penetrans, GTU-54-6A1 and HF-2, and two serovars of M

11 In comparison, live Mycoplasma fermentans or M. penetrans infection for 4 to 5 weeks induced malignan

12 mouse red blood cells (RBCs), indicated that M. penetrans lacked hemolytic activity.

13              Our study demonstrates that the M. penetrans lipid extract of PK-digested LAMP is a pote

14                                              M. penetrans lipid extract of PK-digested LAMPs activate

15  expression of TNF-alpha in cells induced by M. penetrans lipid extract of PK-digested LAMPs is assoc

16 f TNF-alpha in TEP macrophages stimulated by M. penetrans lipid extract of PK-digested LAMPs.

17 te peritoneal (TEP) macrophages treated with M. penetrans lipid extract of proteinase K (PK)-digested

18                                          All M. penetrans strains displayed hemolysis after 2 to 3 da

19  A ca. 65-kDa fibronectin-binding protein of M. penetrans was eluted following Sepharose-fibronectin

20 roscopy demonstrated that the interaction of M. penetrans with target cells triggers a signal that ca

21  studies, we incubated different isolates of M. penetrans with various RBC species and observed hemol